Great one this - for $200 (US) have a permanent reminder your dearly departed for the mobile-phone using generation http://www.personalrosettastone.com/faq.html .No word on upgrades should formats change.
If drowning your sorrows (see above) why not visit the cheeky pub in Georgia USA - self service thanks to RFID ...
Still awainting results of NFC payment trials and no definitive news as to whether Apple will support NFC in Iphone 5.
the NFC forum have produced a report http://www.nfc-forum.org/resources/white_papers/NFC_Smart_Posters_White_Paper.pdf on deploying NFC to make a sort of minority report-lite environment. the Register is still skeptical but Google seems to be investing heavily in this area. Killer application still seems a way away but I don't seem able to get my phone to read QR tags so who knows !
RFID is becoming the deus -ex machina of choice for many TV shows - Hawaii 5-0 had a storyline where the baddies were triathletes, and our heros were tracking them via the championchip device complete with bleeping point on electronic map. However the dastards had swapped them and so there was more running etc. until good triumphed. Whether this increases or decreases RFID acceptability remains to be seen
Interesting paper from Chris Paget (http://www.tombom.co.uk/extreme_rfid.pdf) about accessing epc gen2 tags from very long ranges (100's of metres) using equipment built for less than $1000. Basically he increases the range by increasing the power of the transmitter and using a more directional antenna, thus increasing the power density in the region of the tag. You do need a ham radio operators licence to broadcast at these powers though... This is really not new - physics is physics but the "loophole" of the ham radio licence is new. Aside from the fact that you could use this approach to pick up Bin Ladins underpants assuming they are tagged, this may open the way to other applications - eg a foursquare-like (http://foursquare.com/) scanning RFID reader that you could install in particular locations, or long-range tracking in warehouses, assuming safety - he is using 70watts output - and regulatory compliance
This conference and commercial exhibition ran from 14th/17th April 2010. The IEEE conference was relatively small, with 35 papers 20 odd posters and about 100 attendees. Highlights of the conference included work on accurate range, bearing and velocity measurements for Passive RFID, work on antenna design and some work on localisation. On the commercial side the RFID in healthcare consortium workshop was well attended. In the US the main healthcare uses include equipment tracking and billing for equipment. Hospital systems tend to be active tags with indicators for location or WiFi-based. Handwash checking is becoming an important application. Vendors are still not always satisfying the customers -Aeroscout especially worrying because of interference issues (and middleware not always helpful), and the workload associated with keeping tags maintained is high when a hospital has 10000+ tags….Nobody knows how to calculate ROI
Interesting that data-processing algorithms are not very far advanced at present.
Take Home messages:
Localisation is requiring increasingly complex modelling. Multipath remains the biggest issue. Machine learning not very common (yest)
EPC GEN2 UHF tags are becoming universal – range is steadily increasing as is memory space and survivability
The Fujitsu washable tags are encouraging apparel manufacturers and retailers to begin including them in garments and in scrubs etc. Many stalls had demos running.
Middleware is a big issue – Microsoft SAP IBM all trying to get into the game ,but there is a backlash against “BIG ERP”
Ubisense ultrawideband tags give very high resolution but expensive.
DASH 7 consortium trying to get into the RTLS market
FDA still don’t know what they are doing with tags, but blood labelling via HF becoming important.
Lots of opportunities in secondary health care market.
Senior Lecturer in Computing,
AURA lab site at:
http://www.aut.ac.nz/study-at-aut/study-areas/computing--mathematical-sciences/profiles/research/radiofrequency-identification-applications-laboratory